Offering 3 PDH’s credits for PE’s in NJ, NY and other states that accept NJSPE accredited programs.
FRIDAY, DECEMBER 8, 2023
FRIDAY, DECEMBER 8, 2023
Speaker: Dominique Polte, President, ShibataFenderTeam Inc.
This course centers on two primary subjects within the scope of fender system design: design energy and fender panel design. Initially, it explores the principles involved in calculating the berthing energy of vessels. This step holds paramount importance in the overall fender design process. The subsequent section of the course is dedicated to the intricacies of designing fender panels. It covers various aspects such as components incl. accessories, different scenarios such as multiple fender contact, panel structure and includes best practices and hands-on examples. A consistent theme throughout the course is the holistic approach to fender system design. This approach encompasses all facets of the project, including components, manufacturing, project conditions, and goes beyond the boundaries of rubber production.
Speaker: Theresa Andrejack Loux, PhD, PE, ENV SP, Chief Technical Officer, Aero Aggregates of North America LLC
This session will focus on the recent amendments to New Jersey’s Stormwater Management and Flood Hazard Area Control Act rules, which became effective on July 17, 2023. New Jersey’s residents continue to face threats from extreme rainfall events, which are expected to further intensify in their frequency and severity over coming decades. A part of the NJ PACT initiative, the Inland Flood Protection Rule helps to ensure that areas at most significant risk are better defined and that new and reconstructed assets in these areas are designed and constructed using the best available climate-informed precipitation data. With its adoption, New Jersey became the first state to use predictive precipitation modeling to implement rules to inform and protect future development and redevelopment from the impacts of climate change.
Speaker: Tejal Patel, PE, CME, LEED AP, Associate, Client Manager, T&M Associates
Historic Witherspoon Street is located within Princeton’s Central Business District (CBD) and is considered the municipal “Main Street” of Princeton. Last improved in the prior century, the roadway corridor focused on vehicle use and parking; sidewalks were narrow and street trees were limited. Improvements were needed to reimagine the street as a downtown main street. Princeton’s community vision was to create a vibrant pedestrian environment while still accommodating business patrons and operations. This project, extending from Nassau Street (Route 27) to Green Street, is the first of three phases to improve the corridor. After sixteen months of community engagement, over twenty design concepts, and coordination of highway intersection improvements with the New Jersey Department of Transportation, Princeton adopted a design which converts a portion of the roadway into a one-way pedestrianized space. The southern roadway section from Nassau to Spring Street was converted from a two-way 40’ wide vehicle centric street into a 12’ northbound one-way street with a 10’ service lane; concrete pavers are used on both the road and sidewalk to convey that this is a community space. Proposed wider sidewalks accommodate outdoor dining, enhanced landscaping, and furnishings for a comfortable pedestrian experience. A reduced speed limit, mid-block raised crosswalk, and a curb extension at Spring Street serve to calm traffic. Green infrastructure elements include urban tolerant trees, landscaping, and concrete pavers with porous joints to improve flood and energy resiliency. North of Spring Street, the original two-way traffic pattern is maintained and curb extensions, wider sidewalks and an traffic signal improvements at Paul Robeson Place further enhance pedestrian safety. The resulting design preserves the best of Princeton, improves the pedestrian experience, and facilitates opportunities for a desirable and sustainable CBD with a promenade feel and a flexible space that complements the historic roadway’s characteristics.